ModelBest secures fresh funding to accelerate on-device AI deployment

Published: Dec 25, 2025 14:11
Source: gasgoo
On December 23, China's ModelBest announced that it has recently closed a new financing round worth several hundred million yuan.

Shanghai (Gasgoo)- On December 23, China's ModelBest announced that it has recently closed a new financing round worth several hundred million yuan. The proceeds will be primarily directed toward expanding R&D efforts in high-efficiency on-device large models and accelerating the commercialization of edge AI technologies.

ModelBest said the successful fundraising reflects both the expanding market potential for on-device intelligence and strong investor confidence in the company's technical capabilities, market position and long-term outlook. As one of China's earliest large-model developers focused on edge intelligence, ModelBest has built a comprehensive theoretical framework and a diversified product portfolio. Its MiniCPM on-device models have already been deployed at scale across automobiles, smartphones, PCs and smart home devices, supported by deep collaborations with major players such as Geely, Changan, Volkswagen and Huawei. This has placed the company at the forefront of commercializing on-device large models in China.

Earlier this year, ModelBest marked a key milestone in automotive applications when its on-device model entered mass production in April through a collaboration with Changan Mazda and Phoenix Auto Intelligence, debuting on the MAZDA EZ-60, a strategic new energy model. In September, Geely's Galaxy M9, a large six-seat AI-enabled flagship SUV went on sale globally, also adopted the MiniCPM multimodal model. The partnership delivered a new generation of human–vehicle interaction, further strengthening ModelBest's footprint in intelligent cockpit solutions.

ModelBest CEO Li Dahai said the company is grateful for the trust and support of its investors. He noted that ModelBest aims to work closely with ecosystem partners to deploy efficient on-device large models across massive numbers of terminals, delivering accessible and innovative intelligent experiences to consumers. Against a backdrop of supportive policies, rapid technological iteration and expanding application scenarios, Li said the new funding will enable ModelBest to step up investment and maintain its leadership position in the fast-evolving on-device AI market.

Data Source Statement: Except for publicly available information, all other data are processed by SMM based on publicly available information, market communication, and relying on SMM's internal database model. They are for reference only and do not constitute decision-making recommendations.

For any inquiries or for more information, please contact: lemonzhao@smm.cn
For more information on how to access our research reports, please contact:service.en@smm.cn
Related News
[Solid-State Battery: Highpower Technology Deploys Three Solid-State Routes of Polymer/Oxide/Sulphide, Multiple Solid-State Electrolyte Patents Landed]
Sep 18, 2026 13:45
[Solid-State Battery: Highpower Technology Deploys Three Solid-State Routes of Polymer/Oxide/Sulphide, Multiple Solid-State Electrolyte Patents Landed]
Read More
[Solid-State Battery: Highpower Technology Deploys Three Solid-State Routes of Polymer/Oxide/Sulphide, Multiple Solid-State Electrolyte Patents Landed]
[Solid-State Battery: Highpower Technology Deploys Three Solid-State Routes of Polymer/Oxide/Sulphide, Multiple Solid-State Electrolyte Patents Landed]
[Solid-state battery: Highpower Technology deploys three solid-state routes of polymer/oxide/sulphide, with multiple solid-state electrolyte patents granted] On September 17, 2026, Highpower Technology disclosed its solid-state battery layout during an institutional survey. The company is simultaneously developing three major solid-state electrolyte technology routes: polymer, oxide, and sulphide. In 2026, it has filed four core solid-state battery patents, covering composite solid-state electrolytes, solid-state electrolyte membranes, and gel polymer electrolytes, with a focus on solid-state battery development for I-end devices and robotics scenarios.
Sep 18, 2026 13:45
[Auto: Leapmotor to Join Series A Funding of FAW's Qixin Power]
Sep 18, 2026 13:41
[Auto: Leapmotor to Join Series A Funding of FAW's Qixin Power]
Read More
[Auto: Leapmotor to Join Series A Funding of FAW's Qixin Power]
[Auto: Leapmotor to Join Series A Funding of FAW's Qixin Power]
Leapmotor plans to participate as a strategic investor in the Series A round of Qixin Power, a FAW Group unit, under an LOI signed in Huzhou on Sep 17. The two sides will deepen cooperation on hybrid engines, e-drive systems and range extenders, and jointly advance R&D on solid-state, lithium-rich manganese-based and sodium-ion batteries plus standardized cells, while exploring battery recycling and overseas supply chain collaboration.
Sep 18, 2026 13:41
[Solid-state battery: Easpring Technology's sulphide electrolyte enters the small-scale test verification stage with leading clients]
Sep 18, 2026 13:29
[Solid-state battery: Easpring Technology's sulphide electrolyte enters the small-scale test verification stage with leading clients]
Read More
[Solid-state battery: Easpring Technology's sulphide electrolyte enters the small-scale test verification stage with leading clients]
[Solid-state battery: Easpring Technology's sulphide electrolyte enters the small-scale test verification stage with leading clients]
[Solid-state battery: Easpring Technology's sulphide electrolyte enters the small-scale test validation stage with leading clients] On 16 September 2026, Easpring Technology stated on an investor interaction platform that the company has prepared highly active and highly dispersed lithium sulphide and nano-sulphide electrolyte precursors through special production processes such as particle size control, establishing an integrated preparation chain from "lithium sulphide – highly active sulphide electrolyte precursor – high performance sulphide electrolyte". Currently, the sulphide electrolyte materials synthesised from the company's self-developed lithium sulphide and precursors have entered the small-scale test validation stage with leading solid-state battery clients.
Sep 18, 2026 13:29